Individual development and integration - 100% Made in Germany.

ERP ... CRM ... PIM ... CPQ ... MES ... LMIS

We develop applications and interfaces for smooth communication, avoidance of data redundancy and increase productivity.

Would you like to have a comprehensive, integrated use of all systems?

The integration of your company applications increases the productivity of your company. As soon as the number of systems and interfaces are reduced, functions, data and business processes can be overlooked - and used sensibly. ​


„The process of software engineering is my passion."

Sascha Dömer
+49 (0)541 | 200 690-333


Sascha Dömer started as a student at LMIS in 2009 and is now responsible for strategic software engineering as Chief Development Officer (CDO).

1What are the services of software engineering?
There are two ways to implement a project: Either the customer has a specific idea and it is already very strongly formulated - which is rarely the case. Or we provide a complete Scrum team, including requirements analysis. We then take care of the requirements analysis, the realization, the quality assurance and - in the best case across departments - also the operation of the software with our Managed IT Services.
2Individual solution vs. integration service?
There is already a standardized solution for almost every problem. That means, that the development of individual software is no longer our core task. We are constantly developing ourselves and in this context, our main focus is on our integration skills . In general, the aim is to use integration architectures expertly in order to connect existing applications with one another. Because every system that offers interfaces can interact with other systems via “man in the middle”. The customer has all the data at a glance and there is no need to look at several different systems. That is our job. We can integrate new AI and AR applications as well as legacy systems into existing infrastructures.
3What characterizes the development of the LMIS?
We have a really high standard in software engineering. This means that our processes run smoothly and that we work solution-driven. A high degree of automation, clearly defined processes as well as virtualization of the individual stages through appropriate concepts enable a consistently high quality of our software. Within our teams we have a lived Scrum processes.
4What does "lived Scrum process" mean?
This is demonstrated by very well-trained Product Owners with a good understanding of proper requirements analysis and very good support by the Scrum Masters in the Scrum processes. For us, it also means that the team identifies with the task and actively participates in its design.
Process safety
Process safety
System Integration
System Integration
Cost optimization
Cost optimization
Künstliche Intelligenz als Erfolgsfaktor

Standard, but flexible. We keep your IT applications up to date with the latest technology, so that you remain competitive and future-oriented in the long term. Your legacy systems become modern IT solutions with us. We develop interfaces and applications that turn your standard software into an optimal solution.


We love exchange and knowledge transfer. Our experts have published their knowledge and experiences from practice:

(Disclaimer: Some of the publications may still be in the publication process.)

Barenkamp, M. & (2021). Blockchain und Smart Contracts am Beispiel der Grundstücksübereignung.
In: Zeitschrift für das Recht der digitalen Wirtschaft, 9, pp. 339-344.

Barenkamp, M. (2020): IoT Security Best Practices. Vorstellung eines Sicherheits- und Authentifizierungskonzepts bei der Realisierung von (Industrial) Internet of Things (IIoT)-Anwendungen – Eine Fallstudie zur Clientseitigen-Authentifizierung im IoT.
In: HMD Praxis der Wirtschaftsinformatik.

Barenkamp, M. (2020). Künstliche Intelligenz in der Softwareentwicklung.
In: Wirtschaftsinformatik & Management, 12(2), pp. 120–129.

Barenkamp, M. (2020). UI Generierung aus Handschriften im Design Sprint Prozess.
In: Informatik Spektrum, 43(3), pp. 211–219.

Barenkamp, M., Rebstadt, J. & Thomas, O. (2020). Applications of AI in classical software engineering.
In: AI Perspect, 2(1), pp. 1–15.

Barenkamp, M., Thomas, O. & Zarvic, N. (2019). „Agile“ – Nur ein Buzzword?.
In: Wirtschaftsinformatik & Management, 11(4), pp. 224–237.

Barenkamp, M., Schoenke, J., Zarvic, N. & Thomas, O. (2019). IoT Best Practices. Fallstricke bei der Realisierung von (Industrial) Internet of Things (IIoT)-Projekten frühzeitig erkennen und adressieren.
In: HMD, 56, pp. 1157–1177.

Metzger, D., Niemöller, C. & Thomas, O. (2017). Design and demonstration of an engineering method for service support systems.
In: Information Systems and e-Business Management, 15, pp. 789–823.

Niemöller, C., Özcan, D., Metzger, D. & Thomas, O. (2014). Towards a Design Science-Driven Product-Service System Engineering Methodology.
In: M. C. Tremblay, D. VanderMeer, M. Rothenberger, A. Gupta & V. Yoon (Ed.). Design Science Research in Information Systems and Technologies, LNCS 8463, Miami: Springer, Cham, pp. 180–193.



Techniques and practices of agile thinking and acting are especially valuable for our LMIS processes of the present and the future.

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